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Industrial Robot Skills Training Platform - Nobot Smart Manufacturing Academy
Published Time:
Aug 31,2018
By 2020, the Chinese market will have a demand for 7.5 million robotics-related technical personnel, with a shortfall of 3 million. As a result, industrial robot skills training platforms specializing in training workers in various industries to use different types of robot arms have emerged - this can be seen as another refined scenario for the implementation of robots.
Today, countless robots on assembly lines are creating wealth for China; tomorrow, they will enter every corner of life, bringing you a high-quality life. This message was conveyed at the 2018 World Robot Conference held in Beijing on the 16th. Industrial robots still account for the majority of robots to date, particularly concentrated on assembly lines in automobile assembly, electronics manufacturing, and metal processing. Most industrial robots are engaged in handling and welding, and are also used for palletizing, packaging, spraying, cutting, and cleanrooms. The four countries of China, Japan, South Korea, and the United States account for three-quarters of the global industrial robot market. China became the world's largest market for industrial robots in 2013 and now accounts for one-third of global demand, with year-on-year growth rates consistently ranking first in the world. This strong growth is expected to continue in the coming years. The "China Robot Industry Development Report (2018)" (hereinafter referred to as the "Report"), released by the China Electronics Society during the conference, shows that from 2013 to 2018, the global robot market grew by an average of 15.1% per year, while China's growth rate was double that figure. Carol Irut from McKinsey predicted at the forum that in 2020, China's robot demand will account for 40% of the global total. The Report predicts that the global robot market in 2018 will reach $29.82 billion—$16.82 billion for industrial robots, $9.25 billion for service robots, and $3.75 billion for special robots (used in special situations such as disaster relief and security). China's 2018 robot market was $8.74 billion, with 71% belonging to industrial robots, exceeding the world average.
However, most of China's newly developed robot projects are service-oriented, indicating that the future structure will converge with that of developed countries. In the exhibition hall of the conference, it can also be seen that the number of exhibition booths for service robots (such as those used for education and entertainment) is no less than that of industrial robots. In 2018, China's service robot market is expected to reach $1.84 billion, a year-on-year increase of approximately 43.9%, higher than the global growth rate. Technological changes in industrial robots are still flourishing, mainly in terms of human-robot collaboration, making it safer and easier for humans to control robots; the average annual growth rate of the world service robot market far exceeds that of industrial robots; while in special robots, the United States, Japan, and Europe have a clear advantage. Currently, the Yangtze River Delta region has the strongest robot industry strength and the most complete industrial chain in China; the Pearl River Delta and Beijing-Tianjin-Hebei regions follow. The most sought-after exhibit at the conference was a robot making coffee. A robot coffee kiosk developed by Cheetah Mobile can skillfully and accurately prepare a fresh cup of coffee using two robotic arms, and create a beautiful milk foam design. "It imitates the techniques of a coffee master, but has an advantage over humans because every cup, from the ingredients to the latte art, is extremely precise, ensuring standardization," a Cheetah Mobile robotic arm product manager told the Science and Technology Daily reporter. This product manager introduced that this coffee kiosk is expected to be launched soon. A pair of robotic arms costs tens of thousands of yuan, but can work 24/7, making the overall cost far lower than manual labor. Robots will also take a share of the personalized customization market. Harbin Institute of Technology Robot Group's newly released network carving robot can be customized according to consumer needs, using a robotic arm to finely process jade, jewelry, wood, and metal. Simply select the raw materials, color, and pattern on the APP to purchase the robot's masterpiece. "To cultivate a jade carver of the same level may take ten or twenty years; the robot only needs to adjust the backend program," said a staff member.
The Report shows that the global robot industry is still growing rapidly, and the practical application scenarios of robots are continuously expanding, with new application scenarios and models emerging endlessly, such as garbage sorting, deep-sea mining, elderly care and assistance, and medical guidance. Service robots have also expanded from sweeping, delivering food to emotional interaction, companionship, education, rehabilitation, and supermarket applications. Especially with the advancement of technologies such as deep vision and artificial intelligence, unmanned vehicles have become the most promising breakthrough for service robots. "Robots are blooming in various industries, and this has also brought about the demand for related technical personnel, which means that more people need to learn how to use, maintain, and repair robots," Zhang Mingwen, vice president of Harbin Institute of Technology Robot Group, introduced in an interview with the Science and Technology Daily reporter. In the past, companies that introduced a small number of robots relied on the after-sales service of robot manufacturers and did not have relevant technical personnel. As the scale of robot application increases, companies need to equip themselves with specialized technical personnel to maintain, use, and repair robots.
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Composite materials are widely used in various fields such as aerospace, automotive, construction, energy, energy storage, infrastructure, marine, pipelines and tanks, sports and entertainment, and transportation due to their light weight, high fatigue resistance, and strong fracture resistance. Among them, aerospace and automotive industries are the largest application markets for composite materials. Five-axis CNC plays an important role in the processing of composite materials. Why do composite materials need to be processed using five-axis CNC?
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